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What is the most explosive element on the periodic table?
Francium
What is the most explosive substance on earth?
The most explosive element is Francium, located on the bottom left hand corner on the Periodic Table of Elements. It is extremely reactive, as it wants to "give" away one electron to become stable.
Is francium the largest and most reactive metal?
Francium (Fr) should, based on its position in the periodic table, be the most reactive metallic element. However, fluorine is the most reactive element generally.
What family is the franium part of?
Francium (the element) is the heaviest element in the alkali metals group (Group I) of the periodic table.
Suppose a new element is added under francium in the periodic table what would its atomic number be?
The new element would have an atomic number of 119.
What is the most explosive element on the periodic table?
Francium
What is the most explosive element on the perodic table?
Francium
What is the most active element on the periodic table?
Francium
What is the heaviest element in group one of the periodic table?
This element is francium.
Which element in the periodic table has the smallest ionization enegry?
francium
What is the eighty seventh element in the periodic table of the elements?
Francium
What is the element name of France periodic table?
The element that has the element name of France is francium.
Where is the most reactive metal on the periodic table located?
This element is francium in the first group of periodic table.
Why was francium not in Mendeleev's periodic table?
In 1869 when D. Mendeleev designed his periodic table any element in the period 7 was known. Today francium is in the group 1, period 7, atomic number 87.
Which element is on the far upper-right of the periodic table?
This element is francium.
What element on the periodic table has the greatest metallic property?
Francium followed by cesium
What is the most explosive substance on earth?
The most explosive element is Francium, located on the bottom left hand corner on the Periodic Table of Elements. It is extremely reactive, as it wants to "give" away one electron to become stable.
